FESI comes with a database access extension.
FESI带有数据库访问扩展名。
The best way to learn EcmaScript is to use the interactive FESI interpreter.
学习EcmaScript最好的方法就是使用交互式FESI解释程序。
The key to control FeSi furnace condition is to form SiC decomposi ti on zone.
文章认为，控制好硅铁炉况的核心是要获取尽量大的碳化硅分解区。
In Listing 1, the FESI database access extension provides the versatile database object.
在清单1中，FESI数据库访问扩展名提供了通用的Database对象。
You can harness the features of fesi by using the FESI.jslib library package inside the fesi.jar.
您能通过使用fesi . jar存档中的fesi .jslib库包来利用fesi。
Use the command fesidev at the command line to start the fesi interactive interpreter environment.
请使用命令行中的fesidev命令开始fesi交互式解释程序环境。
Before we go any further, see "Downloading and installing FESI" to get FESI up and running on your box.
在我们深入讨论之前，请参阅“下载并安装FESI”，让FESI在您的机箱中运行起来。
We will now begin working with a FESI program that USES some JDK features, using JDBC to access RDBMS data.
我们现在开始使用一下用了一些JD K功能的FESI程序，用jdbc来访问RDBMS数据。
Listing 1 shows the FESI code; you can find it in the DBScript.es file included with the source distribution.
清单1显示了FESI代码；您能在DBScript . es文件连同其源代码包中一起找到它。
The maturer process of smelting special FeSi was summarized, while the process shortages were also pointed out.
总结性地提出了较为成熟的特殊硅铁冶炼工艺方法，也客观地指出了该法的缺陷之所在。
We can now use this DBScriptFlex.es FESI program to create a table and populate data on any RDBMS that supports JDBC.
esFESI程序可以用来在任何支持JDBC的RDBMS上创建一个表，并填入数据。
We will see a little later how to work with SQL SELECT query and the result set using the FESI database access extension.
我们不久后将看到如何使用SQLSELECT查询及运用FESI数据库访问扩展名的结果集。
There are a few built-in commands, which are not part of EcmaScript or FESI, that the interactive interpreter understands.
有一些内部命令，不是交互式解释程序所能理解的EcmaScript或FESI的一部分。
Note that the program uses the JSUtil class to create a FESI evaluator (interpreter instance) if one does not already exist.
请注意，在FESI 求值程序不存在，该程序会使用 JSUtil类来创建一个 FESI 求值程序（解释程序实例）。
This 23-line program will be the most complex FESI program we will explore in this article — but you should find it rather straightforward to understand.
这一23行的程序将是本文中研究的最复杂的FESI程序了——但您会发觉它非常易懂。
The production shows that smelting 75% FeSi in 12.5MVA electric furnace with about 87% anti burst ratio can achieve better technical and economic indexes.
生产得出，冶炼75 %硅铁时，1 2 5MVA电炉使用抗爆率为87%左右的硅石可获得较好的技术经济指标。
You can enter an EcmaScript program interactively into FESI, or use the file | open menu to open it in a text file containing an existing EcmaScript program.
您能将一个EcmaScript程序交互式地输入FESI，或使用File |Open菜单将它在一个包含着现有EcmaScript程序的文本文件中打开。
The design and transformation of rotating feed tube and charger of original feed system of FeSi furnace with low hood are conducted to meet the need of the production.
为了使矮烟罩硅铁电炉的加料系统能满足生产需要，对原加料系统中的旋转料管和加料机以及加料管的密封进行了设计改造。
The practice for 25MVA FeSi electric furnace blow in after long blowout was introduced. The new process of direct blow in with old electrodes was expounded in particular.
介绍了25MVA硅铁电炉长时间停炉后的开炉操作实践，着重论述了采用旧电极直接开炉操作的新工艺。
The problems existing in FeSi smelting are analysed, the improvement mea sures are put forward in the aspects of technology, operation, management etc., and the results a re also introduced.
分析了硅铁冶炼存在的问题，提出了技术、操作、管理等方面促进高产低耗的改进措施，介绍了所取得的效果。
The problems existing in FeSi smelting are analysed, the improvement mea sures are put forward in the aspects of technology, operation, management etc., and the results a re also introduced.
分析了硅铁冶炼存在的问题，提出了技术、操作、管理等方面促进高产低耗的改进措施，介绍了所取得的效果。
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